MaRS Innovation’s commercialization process helps inventors move their transformational ideas from the lab bench to the market.
Johnson & Johnson Innovation and its affiliate Janssen Inc. in Canada announced new collaborations with two Canadian early-stage drug technology development centres, Montreal-based NEOMED and Toronto-based MaRS Innovation, to identify and advance promising bio/pharmaceutical technologies that have the potential to impact human health.
Through these collaborations, technical experts from the Johnson & Johnson Innovation Center in Boston, Massachusetts will work with NEOMED and MaRS Innovation to identify investment opportunities emerging from well-validated scientific research discoveries within their communities of academic institutions and biotechnology companies.
MI Project Manger Fanny Sie discusses Toronto’s impact on 3D printing landscape
MaRS Innovation’s Fanny Sie is project manager for the Bioprinter, a 3D printer that can print on organic material.
In a December 4 article, part of a feature series on technology in Toronto, Yonge Street Media reporter Andrew Seale highlights the creative and innovative technological work surrounding the 3D printing and cyber security sectors in the city.
MaRS Innovation’s Fanny Sie is managing business development for the Bioprinter, a 3D printer using University of Toronto technology that’s capable of printing on organic material, including skin.
By printing on skin, the cost of treating burns on the body could be reduced.
Here’s an excerpt from the article (links and emphasis ours):
“Cells are very intelligent, you just have to be able to put them close enough to one another in order for them to take over,” says Sie adding that some of the research is a partnership with the Sunnybrook Health Sciences Centre and Research Institute.
Amanda Lang interviews U of T prof and co-founder Craig Boutilier in segment on innovative start-ups and Canada’s future
Following an appearance on the CBC’s “Lang and O’Leary Exchange” on November 28, MaRS Innovation UTEST company, Granata Decision Systems, appeared on CBC news “The National.” The segment included an interview with Amanda Lang.
Granata Decision Systems’ Co-Founder and University of Toronto Professor Craig Boutilier gives his pitch at a OneEleven investor session. Boutilier and Granata were featured on CBC News’ “The National.”
Founded by Craig Boutilier and Tyler Lu, Granata Decision Systems is one of the first six companies incubated through the UTEST program for early-stage technologies, jointly administered by MaRS Innovation and the University of Toronto.
Granata is one of eight companies to join OneEleven’s accelerator program for companies tackling big data problems.
Their software allows marketers to optimize the effectiveness of their campaigns.
The segment features co-founder Craig Boutilier’s pitch at an invitation-only investor gathering at OneEleven to secure funding to further the success of Granata Decision Systems.
Dr. Aaron Schimmer of the University Health Network discovered that Tigecycline was effective in killing leukemia cells and leukemia stem cells by shutting down their energy supply.
In a November 25 article in Biotechnology Focus magazine, author Shawn Lawrence highlights Stem Cell Therapeutics and Trillium Therapeutics Inc. coming together in a reverse merger that creates more opportunities to advance early-stage research.
The article profiles Dr. Aaron Schimmer and his discovery that Tigecycline is effective in killing leukemia cells and leukemia stem cells by shutting down their energy supply.
“Dr. Schimmer’s research is focused on drug repurposing – finding new indications for approved therapeutics. Focusing on established drugs with known safety profiles can significantly lower the risk in the drug development process, saving time and cost,” says Dr. Niclas Stiernholm, president and CEO of Stem Cell Therapeutics Corp.”
Through the collaboration, MaRS Innovation and technical experts from the Johnson & Johnson Innovation Center in Boston, Massachusetts will jointly identify and fund high-potential opportunities emerging from well-validated scientific research discoveries within MaRS Innovation’s 16 member institutions, which include the University of Toronto and its affiliated teaching hospitals.
Dr. Raphael Hofstein, president and CEO of MaRS Innovation.
“We are looking forward to working with Johnson & Johnson Innovation,” said Dr. Raphael Hofstein, president and CEO, MaRS Innovation. “There are many high quality opportunities coming out of the Toronto research community, and these opportunities can benefit from our close collaboration.”
Through the agreement, Johnson & Johnson Innovation will provide funding over a three-year period to support promising individual projects based on joint due diligence, which will be leveraged with financial support from MaRS Innovation.
The City of Ottawa and Flybits Unveil New Traffic Management Tool That Provides Real-Time Traveler Information to Residents TORONTO, November 18, 2013 — The City of Ottawa and Flybits, an…
This program provides a simple mechanism to connect researchers with MI’s industry partners. The process and application form are intentionally brief to save researchers time and allow MI’s partners to review a wide range of remarkable technologies within the Toronto academic community in a short period of time.
Parimal Nathwani, vice-president, Life Sciences, MaRS Innovation.
“Many granting programs require an industry partner, but leave finding that partner to the researcher,” says Parimal Nathwani, vice-president of life sciences at MI. “Our Industrial Partnership Program completes that step for them. We also know researchers within our member institutions are incredibly busy, which is why we’ve adopted a streamlined process to save them time.”
The program is open to any researcher affiliated with our 16 member institutions working on technologies in:
President and CEO Dr. Raphael Hofstein speaks on healthcare innovation in Toronto
Dr. Raphael Hofstein, MaRS Innovation president and CEO, was featured in an article by Yonge Street Media. (Photo Credit: Yonge Street Media)
In an October 30 article, Yonge Street Media‘s Andrew Seale spoke with MI’s president and CEO Raphael Hofstein on the booming healthcare innovation coming from Toronto since 2005.
Seale’s article is the first of a two-part series on technological innovation.
In the article, Hofstein credits the city’s intellectual infrastructure and access to healthcare resources for allowing innovation to flourish.
“The Intellectual Property that is being generated in Toronto (is) a major chunk of the IP that’s being generated across Canada,” he says.
He points to ChipCare Corporation‘s state-of-the-art handheld analyzer, which allows doctors to run multiple diagnostics on a patient’s blood on site as opposed to bringing the patient to the clinic. The University of Toronto developed cell analyzer could prove to be a game changer in the fight against HIV. “Lab-in-a-chip” technology like this is crucial in third world countries where healthcare access is severely limited.
Xagenic’s AuRA platform—another diagnostic tool for blood samples—uses ultra sensitive microelectrode arrays (nano-sensors) developed by another team of researchers at University of Toronto. The inexpensive tech makes it possible for molecular diagnostic testing outside of labs.
MaRS Innovation-backed ApneaDX has developed a clinical-quality sleep-monitoring tool. Previously, diagnosing for sleep apnea—a sleep disorder characterized by abnormal breathing patterns—often required an expensive overnight stay at a sleep clinic. The device is a fraction of the cost and records the data on a chip, which is then analyzed by the company’s software.
Indiegogo campaign to raise funds for North American clinical study during Breast Cancer Awareness Month; 12 artists donate 13 original works worth over $15,000 to support campaign
Toronto, Canada (October 9, 2013) — WaveCheck— a painless, non-surgical clinical technique developed by a Sunnybrook Health Sciences Centre oncologist and a Ryerson University physicist and supported by MaRS Innovation — is poised to transform chemotherapy response monitoring for women with breast cancer.
Dr. Gregory Czarnota of Sunnybrook Health Sciences (left) and Professor Michael Kolios of Ryerson University, WaveCheck’s inventors.
WaveCheck combines traditional ultrasound with new software to detect responses to chemotherapy in breast cancer tissues. By making better, more accurate information available about a woman’s response to her chemotherapy treatment in weeks rather than months, WaveCheck creates greater transparency through dialogue between a women and her doctors, empowering her to participate in discussions about whether a given chemotherapy treatment is effective.
Contribute to WaveCheck‘s Indiegogo campaign and help make this technology available to all women with breast cancer faster.
Developed by Dr. Gregory Czarnota, chief of Radiation Oncology at Sunnybrook’s Odette Cancer Centre, and Michael C. Kolios, professor of Physics and Canada Research Chair in Biomedical Applications of Ultrasound at Ryerson, WaveCheck has been used in clinical studies with nearly 100 women receiving upfront, neoadjuvant chemotherapy to treat locally-advanced breast cancer. These results are published in two leading journals, Clinical Cancer Research and Translational Oncology.
In the Indiegogo campaign video, Czarnota, Kolios and three of the 100 women who participated in the first Sunnybrook study explain WaveCheck’s impact.
“The hard truth for women with breast cancer is that 60 to 70 per cent of chemotherapy treatments fail,” said Czarnota, who is also a senior scientist and director of cancer research at Sunnybrook Research Institute and assistant professor in the University of Toronto’s Departments of Radiation Oncology and Medical Biophysics within the Faculty of Medicine. “The 1.5 million women worldwide who will be diagnosed with breast cancer this year need to know that their chemotherapy is working as soon as possible. But this kind of treatment monitoring doesn’t currently exist in standard clinical practice. Instead, a woman’s tumour response is evaluated after she completes her chemotherapy treatment, which is typically a four- to six-month process.
Canadian commercialization and entrepreneurial programs helping scientists and researchers bring their products to market are the focus of a recent article in Nature Journal and on nature.com.
Posted online on October 2, 2013, the article explains how the Centres of Excellence in Commercialization and Research (CECR) programme, and specifically MaRS Innovation, develop research and put it into practice:
MaRS Innovation’s commercialization process: Bridging the gap between brilliant research and successful start-up companies or licensable technologies.
“MARS Innovation and its sister organization MARS Discovery District are not-for-profit organizations that are tightly integrated in Canadian research commercialization. They are based in a heritage building that once belonged to the Toronto University Hospital, in the heart of the city’s ‘discovery district’ — the inner-city conglomeration of universities, institutes and hospitals which has a reputation as a research hotbed. “Here, all the different actors in the commercialization sphere come together in one space,” says Ilse Treurnicht, CEO of MARS Discovery District.
